Candy-machine.



J. MIGHITSGH.

CANDY MAGHINE.

APPLICATION FILED JULY 19, 1913.

1', 1 08,46 1. Patented Aug. 25, 1914,.

7 SHEETSSHEBT 1.

2.9 llh 3 'l ul WITNESSES. INVENTUR W 5% M 72 .Jfc'ciz disc/g 771 (W A OBWEY III 1 I J. MIUHITSUH.

CANDY MACHINE.

APPLICATION FILED JULY 19, 1913.

1 1 08,46 1 Patented Aug. 25, 1914,

7 SHEETS-SHEET 2.

A RNE) J. MICHITSGH. CANDY MACHINE, APPLICATION FILED JULY 19, 1913.

1,1 08,46 1. Patented Aug. 25, 1914.

7 SHEETBSHEBT 3.

J. MIGHITSCH.

CANDY MACHINE.

APPLICATION FILED JULY 19, 1913.

1 108 115 Patented Aug. 25, 1914.

7 SHEBTSSHEET 4. 5 36' 35 56' .95 F 6 K? A @Ws g, @MMIMII: \QM/AZW 5'! i' """r"""'f"""r"""ir" "r i-i 4? lfi mglml @MMIII! j;

[imam WITNESSES. 403 I08 20 IN VEN TOR 6% I fir mif J. MIGHITSGH.

CANDY MACHINE.

APPLICATION FILED JULY 19, 1913. 1,108,46 l w .umlllllll WEN/EV Patented Aug.25,1914.

J. MIGHITSOH. HANDY MAGHINE.

APPLICATION FILED JULY 19, 1913.

7 BHEETSBHEET 6.

1, 1 08,46 1. Patented Aug. 25, 1914.

J. MIGHITSGH.

Patented Aug. 25, 1914.

'7 SHEETS-SHEET 7.

IN VEIV T0 WITNESSES:

:rons imme es or vermin MICHIGAN the candy portions, to force the two portions of a. candy berry together, and to deliver the completed berries where they may be gathered up.

Figure 1 is a side view of the complete.

machine. Fig, 2 is a similar view, seine of the parts shown in Fig, 1 having been omitted, and other parts having been broken away. Fig". 3 is an end view. Fig. 4 is an enlarged detail view'of the indentor whereby the candy bodies are indented to fit them for the reception of the liquid filler. Fig. 5 is a central vertical section of the machine, substantially on line 5-5 of Fig. 3. Fig. 6 is an enlarged sectional detail showing a portion of the body mold and the ejectors cerriedthereby. 'Fig. 7 is a side elevation showing the side reverse of that shown in Fig, 1. Fig. 8 is an end view reverse of that shown in Fig. 3. Fig. 9 illustrates in en larged sectional detail portions of the body and cap molds and illustrated in difierent positions the several steps through which the candy passes from the time that the caps and bodies have been supplied, to the finished stage of the product ready to be ejected from the body mold. Fig. 10 illustrates one of the steps 111 forming the candy body,

the principal driving member or cam she t.

Specification of more Intent. Application lnea July 12, 183;.

the lever 28 above mentioned, the

c ime-mourns.

a nted Aug- 2.5, 1914.. Serial No. 119,362.

oi the inschine whereby allthe several do.- vicee a e controlled. tenured to the com shaft is apulley 24 to which power maybe conveyed from any convenient source. Also secured to said shaft is a cam 25 having a V groove in which travels in roller 26 which is cumeled on a stud 27 held in e lever 23, the oscillatory movement of which Semi)! to operate intermittently one of the candy.

molds, of which in the, present instance-two ere employed for ooiiperction. Direct connection is made from he lever 28 to the lower one oil. said molds, through q, crank arm 29 which is conne ted by a, link 30 with em 29- however being loose upon 5. trunnion 31. which forms oneof the journal membqnsofi the lower mold M which is ifllilndlfid in sni able bearings prcvidfil there or in the s1 e fram s 91 and 22.- trunnion 3.1 is a retchetwheelfifa the teeth of which ere successively engaged by e pawl 33. which is articulated on a stud 34. of the.

crank arm 29. From the shove it Will be und tood hat r t rmct ot. h am shaft 23 will intermlttenty rotate the dli' Se ured to the,

ratchet wheel 32, tooth b tpoth, and thus rotate the candy molds oration;

The construction of the molds .is inits genericfeatures subsitentiellv the same, each co ieti g of n: he lomcylinder the pcniph. erel We 1 of which isprovided with excave: tions or recesseswhich' are shaped to correl- SPDJLZIQ to the article of candy to be produced. in! machine. 11111119. present instance the in proper coop-v mo (1 rollers are adopted to prodnce a straw:

berry which is made in two parts viz :the

body portion and a cop Qr'the some. The

body p r i n i shaped in the ower me d M and is formed of red cand so as to conformwith the natural color of t e fruit to be 11m tilted; while the cap is formed of green candy and shaped to resemble the stern pore being also in circumferential elinement with each other, the present body mold being provided with thirty-two longitudinal rows of eight recesses each, it being understood that the upper mold roller M has its recesses disposed so as to correspond and coiiperate with the recesses in the lower mold roller M.

Referring first to the lower mold roller M, its construction is clearly shown in Figs. 5, 6 and 9 in which the peripheral wall thereof is provided with a series of plugs which are dug out to form cups shaped as indicated at 36 to correspond to the shape of the lower or body portion of the berry. Referring especially to Fig. 5, I have provided a reservoir or hopper 37 into which red candy paste R is placed in quantity, the latter being carried into engagement with the peripheral surface of the mold M by a feeding-in roll 38 which is illustrated as beingifrictionally driven from the surface of the roll M but.

' As the roller M is advanced by the ratcheta'n'd-pawl mechanism above described, the paste is forced by the feeding-in roll 38 into the several recesses or excavations 36 at the feeding-in station E, as clearly shown in Fig. 5, each recess being completely-filled with the paste so that in this instance the depth of therecess 36, taken together with the position of the plug 35 gages or con trols the amount of paste of which the body portion of the berry is to be formed.

As the mold roller M is further advanced, the filled row of recesses will be brought into a position opposite to an indentor device whereby the paste in each filled recess will be indented so as to establish in each body a cavity which is subsequently filled with preferably a liquidfiller as above mentioned. This means that the candy pastecontained in each recess will be displaced inproportion to the depth with which the indentor enters the paste, and, in order to avoid the displaced pastes protruding beyond the mold roller M, I have provided means whereby the several plugs 35 are drawn radially inward th'u increasing the length or depth of each poc et. Referring to Fig. 6 it will be noted thatjthe several plugs 35 of each row are held in a bar 40 which extends through the heads m of the roller M and has at each of its ends a cam roller 41 traveling ina cam groove 42, provided in each of a. pair of cams Both of thesecams are held against rotation by studs or screws 45 secured in the frames 21 and 22. The cam grooves 42 are therefore so constructed that when the filled pockets of'the roller M travel from the entering or filling-in station E to the indenting statlon I, all the plugs will be s1ightly withdrawn, inwardly, whereupon the inde'ntor -cated at F, and the filling mechanism corn to be filled with liquid filler at the'station r.

The construction of the 'indentor mechanism is clearly shown in Figs. 5 and 4, and it consists of a bar 50 which is provided with a series of eight pins 51 having rounded ends as shown and of a diameter corresponding to the desired size of cavity 0 in the paste. The outer ends of the bar 50 are guided in ways 52 (see Fig. 1) provided for that purpose on the side frames 21, 22, respectively. The outer ends of the bar 50 carry pins 54-455 engaged by levers 56-57 which are rigidly secured on a cross shaft 58 journaled in the side frames 21, 22. Proper rocking movement is imparted to this shaft by a cam groove. 59 provided in the rear face of the cam 25 (see Fig. l).

Inasmuch as it is necessary that'during the operation of the indento-r the mold roller M should not only be at rest, but should as bar .50. The operation of this lock-bolt 62.

in conjunction with the notches 61 is clearly shown in FigsL-ll and 12 on Sheet 1 of the drawings where it will be noticed that the teeth of the disk 60 are cut away as shown at 61 so that the bolt 62 may project into the path of each tooth even' before the notch 61 is in exact alinement with said bolt. From this it is evident that even if the momentum of the mold roller M should tend to carry the notch 61 beyond the lock-bolt"62, such action cannot take place, and the lock disk will therefore be held in position to bring the mold roller, or more particularly speaking its recesses, into exact position relatively to the indentor and also to the filling device which becomes operative in supply- 'ing liquid to the cavity 0 of the paste while said'mold roller is atrest. i

As above stated the filling station is indiprises a tank 65 which containssyrup S proper flavored -"to correspond to the natural juiceof the berry, or possessing. any other desired quality. The tank is rovided with. a spout 66, the lower on of which terminates above the cavity to be.

filled, as clearly shown in Fig. 9, and it has a valve 67 consistingsubstantiall of a plug which is also controlled by t 3 cam shaft 23 so as to open and close at the proper time. Inasmuch as in some instances thisssyrup-maybe' of a heavy nature rather than -athin liquid, I have'provided in the reservoir 65 a pump comprising a cylinder 68 (see Fig. in wihicha piston 69 ls-inovable as controlled by an arm 70 having a link connection 71 with said piston. The arm 70" is secured to a shaft 72 which is journaled in the side frames 21*22 of the machine, and which carries at one end crating both, the valve plug 67 as well as the piston--69, and in order to provide for the proper operation of these two members, so that the valve will be opened slightly in advance to the forced-out'moveinentof the piston, the 1ink 74. is slotted as at 74: thus allowing a slight upward movement of said linkto permit thevalve 67 to be opened before the lever'73 of the piston is moved toforcethe liquid past sald valve. In a reversed manner, when the link 76 is pulled downward by the cam lever 77, the valve will first be closed before the piston (59 will be retracted to permit a fresh supply to enter thespout 66. lln order to'refill the spout the piston69 is'provid'ed with a.valve plug 69 which is normally closed by a spring as shown in Fig. 5,'the valve yielding during-the retracting strokeofthe piston but seating-itself during the feedingstroke. After the cavity in the paste body has been filled substantially-as shown in Fig. 9, the next intermittent movement of the mold rollerM will bring the filled body into conjunction with the cap which, as has been abovestated, is formed of green candy paste andls disposed in the corresponding recesses or excavations provided in the up v p'e'r mold roll M Again referring to Fig.

; 5 the green candy mass is contained within a hopper'SO which is supported bythe side frames of the machine and conducts the mass into contact with the a per mold r'oll M which is coiiperative wit a feedingdn or loading roll 81 journaled in suitable bearings82 in the side frames of the machine. The upper mold roll- M" is substantially similar "in construction to that of lower mold roll M, and has a seriesofplugs' 83 which are recessed in their outer faces, as

/ at 84:, said recesses being'shaped to correspond totlie configuration" ofthe esp or stem of the berry. vThe mold roll M is driven directlyfrom thelower mold roll M, the latter having-a gear 84' (see' Fig. 7 wh'ichdneshes with a similar gear of the upper mold roll M. The greencandy paste is forced ihto recesses or-"exc'avations- 84, at

i the loading station L (see Fig. 5), and the paste cap'i-s then carried into the position to be sealed to the liquid-filled body at the meeting point between the' two mold rolls M andMfl In'the present-instance'the plugs 83 are stationary in the mold roll 'M", in contradistinction to those sp cified in connection with the moldro' meeting point the plugs ofthelowermold roller are slightly pushed outward by the cam groove 43, thus raising the filled candybody slightly beyond the peripheral surface,

of said=mold ro' land thus intimately unite the cap-with the body so that no" leakage can exist. As another intermittent movement'is thenimparted to'both of the mold rolls, the sealed berry will be maintained in the lower roll M, and, in order to'faci'litate this action, I haveprovided in the upper mold roll an ejector mechanism with each row of'recesses, this ejector becomingoperative in forcing out the cap from thei'r seat. The ejector-s force the=caps on to the bodids of the berries and complete the product.

This ejector mechanism comprises for'each plug 83 a plunger 86, allplungers being connected by a bar 87 to Whicha radial movement ma be imparted relatively to the'1nold 'rol1 by a cam 88 which is stationary and thus held on the side frame 21, as for instanceby screws 89. Asimilar cam is also provided at the opposite end of the mold roll M and isheldlnthe same manner. The respective cam grooves 90*ofsai'd cams control the movements of cam'rollers 91' which are provided at both ends of the several bars 87." During'the nextsucceeding "intermittent movement of the mold rollers, the completed'can'dies will be carriedbythe mold roll M tothe dis charge station indicated by D in" Fig. 5,- at which point the" ejector mechanism carried bydhat roller becomes effective in pushing M. At this the candy berriesfrom said roller onto a "table T attached'to the side frames of the machin 1- p v{.Ilwieejector mechanism connected with the mold rollerM comprises jfor eachpocket a. v

pluhgerilo thelowerend of which is secured in a bar QG'whereby-all' the several lungers of orle"row are carried and which is guided for radialmovenientfin slots97 provided in the heads of .saidrh'ol-tl roller. Each end of the bar 96'carries"aroller 98 traveling spectively in grooves 99 'provided in the earns 41 above described;

Inasmuch asrthecandy paste which is ap plied to the mold rollers; is more or less, 7

sticky in nature, means are provided whereby each excavation has imparted thereto a film of palatable lubricant, such as for instance olive oil, so that the tendency of the paste adhering to the pockets, will be minimized.

In connection with the lower mold M I provide a tank 105 (see Fig. 5) having a cylinder 106 in which a piston 10? is movable to force the oil 0 through a series of spouts 108 and squirt the oil into the em )ty excavations of the lower mold roll M when the latter is stationary. The piston 107 moves, during its retrograde movement, back far enough to uncover an aperture 109 providedin cylinder wall so that then a certain quantity of the lubricant may enter the space in front of the piston. The latter is operated through a link 110 articulated to an arm 111 which is firmly secured to the shaft 58 so that consequently the movement of said piston is controlled by the cam shaft.

The recesses or pockets of the upper mold roll are lubricated by oil which gravitates from a receptacle 115 held on the side frames of the machine by braces 116. A valve 117 controls the passage of oil through the spout 118, one spout being provided for each recess of any row of the upper mold roller. In this instance the oilgravitates instead of being forced as described in connection with the previous case. In order to prevent the paste from chilling while it is being manipulated into candy form, the several paste-handling devices are heated or warmed by steam or other fluid which may be introduced through pipes shown in the drawings.

Many changes may be made in the general organization as well as in the particular construction of some of the component elements ofApny improved machine, withoutdeparting from the spirit of my invention, especially as to the filler which may be of any suitable quality, either liquid, or semi-liquid,- or even solid as stated in the preambleto this speci-' fication. lithe candies are to be filled with a substance which is different than the paste of which the'body and cap are formed, the indentation into the paste body may either made by the device especially arranged for'that purpose and as above described, or on the other hand in case of a nut or lmond being used, the latter may make its wn indentation as it lSefOl'CGd into place within the body. Furthermore the subjects which are tobe 'handled by the machine may be of varied character without making any radical change in the machine except such as will be necessitated by having the recesses conformed to the gape desired.

I claim- 1. The 'combin ion with a pair of 60-;

operative molds, one a body mold andthe other a cap mold, each having recesses, means for supplying paste, and means for forcing paste into said recesses, of meansfor advancing said molds, ejector devices each comprising a bar having pins'projecting into said recesses, and means for moving said ejector devices to discharge the paste from said cap mold prior to the operation of the other ejector device for discharging the completed candy products from the body mold.

2. The combination with a pair of mold rollers, one a body mold the other a cap mold, each having recesses in its peripheral surface,--means for connecting said rollers for movement together. and means for supplying paste, of means for forcing paste into said recesses, means for rotating said rollers, ejector devices for said rollers respectively, and means for moving the ejector device of the cap mold prior to the operation of the ejector device of the second roller, whereby the caps are first pressed upon the eandybodies and then the completedcandies ejected.

3. The combination with a body mold roller, a cap mold roller, both rollers having recesses, of means for supplying paste, means for rotating said mold-rollers, e ector devices for said mold rollers, and means for operating the ejector for the cap roller in advance of that of the body roller, whereby the caps are first pressed upon the candy bodies and then the completed candies ejected. i

4. The combination with a body mold roller having a series of recesses arranged 1n rows of longitudinal and clrcumferentlal alinement, a cap roller havinrecesses I adapted to register with those'o the body mold roller. and means for supplying paste, of means for forcing paste into said recesses. means for operating said rollers simultaneously, ejector devicescarried by said mold rollers, and means for operating.

the ejector device for the cap roller prior to the operation of the ejector device -for the body roller, whereb the .caps are* first pressed upon the can y bodies and then the completedcandis jected.'

5. The eombina ion with a body mold roller, 4a cap mold roller cofiperatlve therewith, both r 11ers having recesses adapted to register wit one another, means for: supplying paste to the recesses, means for forming cavi ies in the contents *ofthe body mold recesses, of means for supplying'filler, means for applyin the filler to said cavities in the'contents o the body mold recesses, independent ejector devices carried by said rollers, and means for advancing said rollers intermittently to present successive recesses to the filler supply. 1 I

6. The combination with a body mold roller, a cap mold roller cooperative there'- e wee.

roller' a nd in the molding recesses, means forced together prior to the ejection of the for supplying paste to the recesses of each completed berries. :10

roller, means for supplying filler material to In testimon whereof I afiix my signature the paste portions on one roller, and means in presence 0 two witnesses. for operating the ejector devices on one of JOHN MICHITSCH.

the rollers prior to the operation of the Witnesses:

e'ector devices on the other roller, whereby C AS. F. SCHMELZ, t e paste portions of the two rollers are R. B. LEWIS. 

